Abstract: Techniques for enabling a device that is configured to be repeatedly booted into a predefined “mission ready” functional state by loading hibernation data into a memory to utilize the hibernation data to generate the updated hibernation data based on system updates. Updates can be received during hibernation and the “mission ready” functional state can be repeatedly entered even after the system updates have been installed. The system updates may alter device drivers, an operating system and/or its corresponding registry and libraries, and/or an application. After receiving system updates, the device may enter an operating state using the system updates. A write filter can be used to protect certain sections of memory to avoid conflicts between the original system files and updated files.

Abstract: Techniques for enabling a device that is configured to be repeatedly booted into a predefined “mission ready” functional state by loading hibernation data into a memory to utilize the hibernation data to generate the updated hibernation data based on system updates. Updates can be received during hibernation and the “mission ready” functional state can be repeatedly entered even after the system updates have been installed. The system updates may alter device drivers, an operating system and/or its corresponding registry and libraries, and/or an application. After receiving system updates, the device may enter an operating state using the system updates. A write filter can be used to protect certain sections of memory to avoid conflicts between the original system files and updated files.